On Sunday, 27 November 2016 at 20:57:28 UTC, Namespace wrote:
class Example(L, R)
{
L _left;
R _right;
this(L l, R r)
{
_left = l;
_right = r;
}
}
That was fast! But I needed the second reply in order to
understand yours. Thanks anyway.
On Sunday, 27 November 2016 at 21:06:58 UTC, ag0aep6g wrote:
Turn Example into a template, and add a free function for nice
construction:
class Example(Type_left, Type_right)
{
/* ... as you had it ... */
}
Example!(L, R) makeExample(L, R)(L x, R y)
{
return new Example!(L, R)(x,
On 11/27/2016 09:52 PM, Marduk wrote:
class Example {
this(Type_left x, Type_right y) {
this.left = x;
this.right = y;
}
Type_left left;
Type_right right;
}
Such that at runtime I can instantiate it with different types:
new Example(int a, int b);
new Example
On Sunday, 27 November 2016 at 20:52:06 UTC, Marduk wrote:
Dear all,
I would like to have a kind of template class like the
following:
class Example {
this(Type_left x, Type_right y) {
this.left = x;
this.right = y;
}
Type_left left;
Type_right right;
}
Suc
Dear all,
I would like to have a kind of template class like the following:
class Example {
this(Type_left x, Type_right y) {
this.left = x;
this.right = y;
}
Type_left left;
Type_right right;
}
Such that at runtime I can instantiate it with different types:
